Workers at the Edge: Hazard Recognition and Action
Workers at the Edge: Hazard Recognition and Action
Supervisors and workers report they work in the danger zone where errors can have terrible consequences. Current best practice safety programs aim to train and motivate workers to avoid hazards. These programs attempt to counter pressure for improved efficiency and reduced effort but are only partly successful. A new approach has been proposed that aims to improve safety by increasing the ability of workers to work safely closer to the edge where control is lost and accidents occur (Howell, et al, 2002). In this paper we review and propose the implementation of an approach drawn from aviation. Airline safety has been improved by a system designed to alert pilots of hazards identified by anyone on the flight deck. Crew Resource Management (CRM) protocols establish a safe and emphatic way to alert the pilot that the safety of the flight is at risk. This system is designed to overcome the reluctance of junior members to make suggestions to more senior officers. Specific simple communication rules are established to assure the gravity and source of the concern is made apparent without disrupting normal roles and responsibilities. While flying a plane is different from working in a construction crew, we suspect that construction workers are reluctant, for a variety of reason to speak up when hazards are encountered. Taking risks is considered part of the job.
This paper describes CRM, and proposes an experimental application in construction.
Workers at the Edge: Hazard Recognition and Action
Supervisors and workers report they work in the danger zone where errors can have terrible consequences. Current best practice safety programs aim to train and motivate workers to avoid hazards. These programs attempt to counter pressure for improved efficiency and reduced effort but are only partly successful. A new approach has been proposed that aims to improve safety by increasing the ability of workers to work safely closer to the edge where control is lost and accidents occur (Howell, et al, 2002). In this paper we review and propose the implementation of an approach drawn from aviation. Airline safety has been improved by a system designed to alert pilots of hazards identified by anyone on the flight deck. Crew Resource Management (CRM) protocols establish a safe and emphatic way to alert the pilot that the safety of the flight is at risk. This system is designed to overcome the reluctance of junior members to make suggestions to more senior officers. Specific simple communication rules are established to assure the gravity and source of the concern is made apparent without disrupting normal roles and responsibilities. While flying a plane is different from working in a construction crew, we suspect that construction workers are reluctant, for a variety of reason to speak up when hazards are encountered. Taking risks is considered part of the job.
This paper describes CRM, and proposes an experimental application in construction.
Workers at the Edge: Hazard Recognition and Action
Supervisors and workers report they work in the danger zone where errors can have terrible consequences. Current best practice safety programs aim to train and motivate workers to avoid hazards. These programs attempt to counter pressure for improved efficiency and reduced effort but are only partly successful. A new approach has been proposed that aims to improve safety by increasing the ability of workers to work safely closer to the edge where control is lost and accidents occur (Howell, et al, 2002). In this paper we review and propose the implementation of an approach drawn from aviation. Airline safety has been improved by a system designed to alert pilots of hazards identified by anyone on the flight deck. Crew Resource Management (CRM) protocols establish a safe and emphatic way to alert the pilot that the safety of the flight is at risk. This system is designed to overcome the reluctance of junior members to make suggestions to more senior officers. Specific simple communication rules are established to assure the gravity and source of the concern is made apparent without disrupting normal roles and responsibilities. While flying a plane is different from working in a construction crew, we suspect that construction workers are reluctant, for a variety of reason to speak up when hazards are encountered. Taking risks is considered part of the job.
This paper describes CRM, and proposes an experimental application in construction.
Workers at the Edge: Hazard Recognition and Action
Supervisors and workers report they work in the danger zone where errors can have terrible consequences. Current best practice safety programs aim to train and motivate workers to avoid hazards. These programs attempt to counter pressure for improved efficiency and reduced effort but are only partly successful. A new approach has been proposed that aims to improve safety by increasing the ability of workers to work safely closer to the edge where control is lost and accidents occur (Howell, et al, 2002). In this paper we review and propose the implementation of an approach drawn from aviation. Airline safety has been improved by a system designed to alert pilots of hazards identified by anyone on the flight deck. Crew Resource Management (CRM) protocols establish a safe and emphatic way to alert the pilot that the safety of the flight is at risk. This system is designed to overcome the reluctance of junior members to make suggestions to more senior officers. Specific simple communication rules are established to assure the gravity and source of the concern is made apparent without disrupting normal roles and responsibilities. While flying a plane is different from working in a construction crew, we suspect that construction workers are reluctant, for a variety of reason to speak up when hazards are encountered. Taking risks is considered part of the job.
This paper describes CRM, and proposes an experimental application in construction.
Workers at the Edge: Hazard Recognition and Action
A new approach is proposed that aims to improve safety by increasing the ability of workers to work safely closer to the edge.
Workers at the Edge: Hazard Recognition and Action
Supervisors and workers report they work in the danger zone where errors can have terrible consequences. Current best practice safety programs aim to train and motivate workers to avoid hazards. These programs attempt to counter pressure for improved efficiency and reduced effort but are only partly successful. A new approach has been proposed that aims to improve safety by increasing the ability of workers to work safely closer to the edge where control is lost and accidents occur (Howell, et al, 2002). In this paper we review and propose the implementation of an approach drawn from aviation. Airline safety has been improved by a system designed to alert pilots of hazards identified by anyone on the flight deck. Crew Resource Management (CRM) protocols establish a safe and emphatic way to alert the pilot that the safety of the flight is at risk. This system is designed to overcome the reluctance of junior members to make suggestions to more senior officers. Specific simple communication rules are established to assure the gravity and source of the concern is made apparent without disrupting normal roles and responsibilities. While flying a plane is different from working in a construction crew, we suspect that construction workers are reluctant, for a variety of reason to speak up when hazards are encountered. Taking risks is considered part of the job.
This paper describes CRM, and proposes an experimental application in construction.
Workers at the Edge: Hazard Recognition and Action
A new approach is proposed that aims to improve safety by increasing the ability of workers to work safely closer to the edge.
Workers at the Edge: Hazard Recognition and Action
Supervisors and workers report they work in the danger zone where errors can have terrible consequences. Current best practice safety programs aim to train and motivate workers to avoid hazards. These programs attempt to counter pressure for improved efficiency and reduced effort but are only partly successful. A new approach has been proposed that aims to improve safety by increasing the ability of workers to work safely closer to the edge where control is lost and accidents occur (Howell, et al, 2002). In this paper we review and propose the implementation of an approach drawn from aviation. Airline safety has been improved by a system designed to alert pilots of hazards identified by anyone on the flight deck. Crew Resource Management (CRM) protocols establish a safe and emphatic way to alert the pilot that the safety of the flight is at risk. This system is designed to overcome the reluctance of junior members to make suggestions to more senior officers. Specific simple communication rules are established to assure the gravity and source of the concern is made apparent without disrupting normal roles and responsibilities. While flying a plane is different from working in a construction crew, we suspect that construction workers are reluctant, for a variety of reason to speak up when hazards are encountered. Taking risks is considered part of the job.
This paper describes CRM, and proposes an experimental application in construction.
Workers at the Edge: Hazard Recognition and Action
Supervisors and workers report they work in the danger zone where errors can have terrible consequences. Current best practice safety programs aim to train and motivate workers to avoid hazards. These programs attempt to counter pressure for improved efficiency and reduced effort but are only partly successful. A new approach has been proposed that aims to improve safety by increasing the ability of workers to work safely closer to the edge where control is lost and accidents occur (Howell, et al, 2002). In this paper we review and propose the implementation of an approach drawn from aviation. Airline safety has been improved by a system designed to alert pilots of hazards identified by anyone on the flight deck. Crew Resource Management (CRM) protocols establish a safe and emphatic way to alert the pilot that the safety of the flight is at risk. This system is designed to overcome the reluctance of junior members to make suggestions to more senior officers. Specific simple communication rules are established to assure the gravity and source of the concern is made apparent without disrupting normal roles and responsibilities. While flying a plane is different from working in a construction crew, we suspect that construction workers are reluctant, for a variety of reason to speak up when hazards are encountered. Taking risks is considered part of the job.
This paper describes CRM, and proposes an experimental application in construction.
Workers at the Edge: Hazard Recognition and Action
Supervisors and workers report they work in the danger zone where errors can have terrible consequences. Current best practice safety programs aim to train and motivate workers to avoid hazards. These programs attempt to counter pressure for improved efficiency and reduced effort but are only partly successful. A new approach has been proposed that aims to improve safety by increasing the ability of workers to work safely closer to the edge where control is lost and accidents occur (Howell, et al, 2002). In this paper we review and propose the implementation of an approach drawn from aviation. Airline safety has been improved by a system designed to alert pilots of hazards identified by anyone on the flight deck. Crew Resource Management (CRM) protocols establish a safe and emphatic way to alert the pilot that the safety of the flight is at risk. This system is designed to overcome the reluctance of junior members to make suggestions to more senior officers. Specific simple communication rules are established to assure the gravity and source of the concern is made apparent without disrupting normal roles and responsibilities. While flying a plane is different from working in a construction crew, we suspect that construction workers are reluctant, for a variety of reason to speak up when hazards are encountered. Taking risks is considered part of the job.
This paper describes CRM, and proposes an experimental application in construction.
Workers at the Edge: Hazard Recognition and Action
Supervisors and workers report they work in the danger zone where errors can have terrible consequences. Current best practice safety programs aim to train and motivate workers to avoid hazards. These programs attempt to counter pressure for improved efficiency and reduced effort but are only partly successful. A new approach has been proposed that aims to improve safety by increasing the ability of workers to work safely closer to the edge where control is lost and accidents occur (Howell, et al, 2002). In this paper we review and propose the implementation of an approach drawn from aviation. Airline safety has been improved by a system designed to alert pilots of hazards identified by anyone on the flight deck. Crew Resource Management (CRM) protocols establish a safe and emphatic way to alert the pilot that the safety of the flight is at risk. This system is designed to overcome the reluctance of junior members to make suggestions to more senior officers. Specific simple communication rules are established to assure the gravity and source of the concern is made apparent without disrupting normal roles and responsibilities. While flying a plane is different from working in a construction crew, we suspect that construction workers are reluctant, for a variety of reason to speak up when hazards are encountered. Taking risks is considered part of the job.
This paper describes CRM, and proposes an experimental application in construction.
